Conference Activities & Talks -

Drawing Guidance and Diagnosis Function for Sketch Skill Learning and Evaluation

Masato Soga, Shota Kuriyama, Kohe Tokoi, Noriyuki Matsuda, Hirokazu Taki

The 23rd Annual Conference of the Japanese Society for Artificial Intelligence  2009.06   The Japanese society for artificial intelligence

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We developed a sketch learning environment with diagnosis and guidance from rough form drawing to detail contour drawing. We use a cup and a dish as motifs. When a learner uses the environment, at the beginning, the system demands the learner to draw circumscribed rectangle of motifs’ view on a paper. After that, the system diagnoses the circumscribed rectangle, and advises the learner in case that the circumscribed rectangle has errors. The system guides the learner from outline form to detail shape by repeating drawing circumscribed rectangles. We evaluated the environment, and confirmed learning effect.

Discerning Parameter Learning for Online Aerial Handwritten Character Recognition

OGURA Kazutaka, NISHIDA Yoshihiro, MIURA Hirokazu, MATSUDA Noriyuki, TAKI Hirokazu, ABE Norihiro

電気学会研究会資料. IIS, 産業システム情報化研究会  2009.03.23   The Japan Society of Mechanical Engineers

Caching Techniques for Mobile Ad Hoc Networks

MIURA Hirokazu, MATSUDA Noriyuki, UCHIO Fumitaka, TAKI Hirokazu

電気学会産業システム情報化研究会資料  2009.03.23  

The Sketch Learning Environment with Diagnosis and Advice during Drawing Instruction from Outline Contour to Detailed Contour

SHOTA KURIYAMA, MASATO SOGA, NORIYUKI MATSUDA, HIROKAZU TAKI

情報処理学会シンポジウム論文集 インタラクション2009  2009.02   Information Processing Society of Japan

Development and evaluation of the sketch learning environment with diagnosis and advice in refinement process of composition and shape

栗山 翔太, 曽我 真人, 松田 憲幸

人工知能学会先進的学習科学と工学研究会資料  2008.11.15   人工知能学会

Analysis engine with online educational applications for lecture

松田 憲幸, 表 武史, 池田 満

SIG-ALST-A802-13, The Japanese society for artificial intelligence  2008.11.15   The Japanese society for artificial intelligence

The Sketch Learning Environment Supporting Process of Refining Composition and Contour

KURIYAMA Shota, SOGA Masato, MATSUDA Noriyuki, TAKI Hirokazu

IEICE technical report  2008.09.13   The Institute of Electronics, Information and Communication Engineers

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We have been developing some learning environments for acquiring sketch drawing skill. Previously developed system supported learning with real-time advice during drawing the sketch. However, the previous system forced learners to draw contours of motifs from the beginning. Therefore, it was difficult for novice to learn sketch drawing skill with the previous system. To solve this problem, we suggest a new learning environment that supports learning of sketch drawing skill by guiding process of drawing sketch from composition to contour. We confirmed learning effect with the prototype system by an experiment.

概略形状から詳細形状への描画誘導機能をもつデッサン学習支援環境

栗山 翔太, 曽我 真人, 松田 憲幸, 瀧 寛和

教育システム情報学会全国大会講演論文集  2008.08.01   教育システム情報学

Knowledge Transfer Problem

TAKI Hirokazu, SOGA Masato, MATSUDA Noriyuki, MIURA Hirokazu, ABE Norihiro, HORI Satoshi

電気学会研究会資料. IIS, 産業システム情報化研究会  2008.07.18  

身体知伝達のための例示の生成

瀧寛和, 曽我真人, 松田憲幸, 三浦浩一, 堀聡, 安部憲広

第22回人工知能学会全国大会論文集  2008.06.01  

Design of remote guidance support system using concept dictionary of question and answer

Kazuma Sakamoto, Hisashi Ogawa, Noriyuki Matsuda, Hirokazu Miura, Hirokazu Taki, Satoshi Hori, Norihiro Abe

The 22th Annual Conference of the Japanese Society for Artificial Intelligence  2008.06   The Japanese society for artificial intelligence

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When a tutor teaches a student problem solving, the tutor needs to know student's learning situation. Distance learning through network makes this more difficult. This paper proposes model of distance instruction. The model consists of log, article, student’s status, tutor’s status and reader's status. The model is expected to provide effective function to tutor and student in distance instruction.

Knowledge edit based on Concept Inheritance for Guide system on Web

MIKI Takashi, OGAWA Hisashi, MIURA Hirokazu, MATSUDA Noriyuki, TAKI Hirokazu

電気学会研究会資料. IIS, 産業システム情報化研究会  2008.03.17  

Naviation and Trace system using RF-ID in Disaster

OSUGI Masatoshi, TAKANASHI Ikuko, MIURA Hirokazu, MATSUDA Noriyuki, TAKI Hirokazu, HORI Satoshi, ABE Norihiro

電気学会研究会資料. IIS, 産業システム情報化研究会  2008.03.17   The Japan Society of Mechanical Engineers

Ubiquitous Seismograph using Wireless Sensor Device

SHIMAZAKI Yosuke, MIURA Hirokazu, MATSUDA Noriyuki, UCHIO Fumitaka, TSUKADA Koji, TAKI Hirokazu

電気学会研究会資料. IIS, 産業システム情報化研究会  2008.03.17   The Japan Society of Mechanical Engineers

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地震など災害時の被害情報把握のために,震度情報の利用が重要である。これに対し本研究では,無線センサネットワークおよびセンサデバイスを利用し,加速度センサを用いた地震情報提供システムを構築した。配置済みのセンサノードから加速度情報を取得し地震発生を検知するユビキタス地震観測システムを取り上げ,地震観測プログラムの詳細について述べた。さらにこの地震波形観測システムを実装し,その評価を行った。その結果,観測結果のユーザ提示に約10秒程度の遅延が生じることを確認した。

Analysis of Continuous Tracks of Online Aerial Handwritten Character Recognition

OGURA Kazutaka, NISHIDA Yoshihiro, MIURA Hirokazu, MATSUDA Noriyuki, TAKI Hirokazu

電気学会研究会資料. IIS, 産業システム情報化研究会  2008.03.17  

Lecture analysis through records of online educational applications

松田 憲幸, 表 武史, 今中 武

先進的学習科学と工学研究会  2008.03.14   The Japanese society for artificial intelligence

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教員組織において教え方に関する共通の認識を作り上げることにより,授業担当者間で教え方に関する新しい気付きを共有でき,それを積み上げていくことで教え方を成長させられる。本論文では,1)授業アンケートシステム,2)授業の内容を問う診断システム,3)アンケートや診断問題のマークシート認識システム,4)CMS(Courseware Management System)システムといった授業で利用できる情報システムの記録を集約し,学習状態項目と診断問題の成績との関係を分析した。まず,分析データの語い階層を作成し,アンケート設問分野選択問題の選択肢などに語い階層中の語いを対応付けた。次に,プログラミング演習,プログラミングの座学授業など5種類の授業を実施し,1)~4)で得られたデータに語い階層中の語いを対応付けてモデルを作成した。さらに,モデルに含まれる語いの分布分析,及び語い階層に基づくまとめ上げ分析を行う中で生じた新しい気付きに基づいて語い階層やモデルの修正を行い,分析の気付きを積み上げていく方法を示した。

看護概念辞書を用いた実践分析システムの設計

松田憲幸, 瀧寛和, 角谷知恵美

大阪府立大学看護学部現代GP・e学習理論研究会  2008.03  

2P1-E12 Electric Wheelchair Robot System

Miwa Masafumi, Yomura Masato, Matsuda Noriyuki, Hashizume Kenjiro

The Proceedings of JSME annual Conference on Robotics and Mechatronics (Robomec)  2008   The Japan Society of Mechanical Engineers

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A new type of laborsaving electric wheelchair robot system for inside building use was developed. The electric wheelchair robot system has following three functions. Those are automatic movement, position detector, and fail-safe device. Not only patient but also carers can command this electric wheelchair robot by touch panel interface, and this interface is so easy to reduce their strain while operating the robot. In those 3 functions, automatic movement was already implemented by Line-Trace control with magnetic sensor system. In this study, position detector consists of laser device, CMOS camera and pattern marker sheet was developed. Users can set pattern marker sheet at any point on line trace track line easily, and the wheelchair robot system can detect it as new check point or new station point by position detector.

Analysis Engine with FD-Metadata for Faculty Development

松田憲幸, 表武史, 今中武, 池田満, 瀧寛和

人工知能学会先進的学習科学と工学研究会資料  2007.11   The Japanese society for artificial intelligence

Construction of a career development support system

KAKUTANI Chiemi, SHIOJI Yuri, MURAMATU Yumiko, KOIZUMI Miho, MATSUDA Noriyuki, HATTORI Sonomi

日本医療情報学会看護学術大会論文集  2007.07.16   Japan Association for Medical Informatics Nursing Informatics